General outcomes

Physics

· Develop an understanding of General Physics

· Develop investigative skills

· Demonstrate an understanding of mechanics

· Demonstrate an understanding of thermal physics

· Develop investigative skills

· Demonstrate an understanding of wave motion

· Demonstrate an understanding of sound

· Demonstrate an understanding of Light

Demonstrate an understanding of magnetism

· Demonstrate an understanding about Static electricity

· Develop investigative skills

· Demonstrate an understanding of Current Electricity

· Demonstrate an understanding about electromagnetic induction

· Demonstrate an understanding of basic electronics

· Demonstrate an understanding about atomic physics

Chemistry

· Develop an understanding of Chemistry and its branches

· Develop investigative skills about Chemistry

· Demonstrate an understanding of the particulate nature of matter

· Develop investigative skills about states of matter

· Demonstrate an understanding of Experimental Techniques and its application in everyday life

· Develop investigative skills in experimental techniques

· Demonstrate an understanding of atoms, elements, molecules and compounds.

· Develop investigative skills about the nature of substances.

Demonstrate an understanding of the importance, production, use, and effect on the environment of common elements and simple compounds

Demonstrate an understanding of acids, bases and salts.

• Develop investigative skills about acids, bases and salt.

• Demonstrate an understanding of the importance, production, use, and effect on the environment of acids, bases and salts.

• Demonstrate an understanding of the Mole Concept

· Develop investigative skills about quantitative analysis.

· Demonstrate an understanding of chemical reactions and energy changes

· Develop investigative skills about various types of reactions.

· Demonstrate an understanding of the Periodic Table

Develop investigative skills about the Periodic Table

· Demonstrate an understanding of metals

· Develop investigative skills about some properties and uses of metals.

· Demonstrate an understanding of Non- metals.

· Develop investigative skills about some industrial uses of non-metals Demonstrate an understanding of Organic Chemistry

Develop investigative skills about organic compounds

Key Competences

Physics

· Demonstrate ability to measure length, time, mass, weight and volume

· Show skills and knowledge to calculate density, speed, velocity, acceleration and force

· Demonstrate ability to use different sources of energy

Demonstrate ability to use simple machines to do work

· Demonstrate ability to show how pressure varies with volume and temperature

· Show skills and knowledge on the construction of thermometers

Demonstrate ability to show heat transfer in solids ,liquids ,and gases

· Demonstrate ability to measure current and voltage

· Show skills and knowledge to dispose cells and battery

· Demonstrate ability to save electricity

Demonstrate ability to cost use of electricity

Chemistry

· Demonstrate the ability to measure time ,temperature, mass and volume

• Show basic skills and knowledge in constructing balanced chemical equations with state symbols

• Demonstrate investigative skills in experimental techniques

Demonstrate the skills and knowledge in relating number of valence electrons to the Group number and the number of shells to the Period.

• Demonstrate skills in classifying salts according to their solubility.

• Demonstrate ability to classify oxides as acidic, basic, neutral and amphoteric.

• Demonstrate ability to use tests in identifying aqueous cations, anions and gases.

• Demonstrate basic skills and knowledge in calculating stoichiometric reacting moles.

• Show ability to identify factors that affect rates of chemical reactions.

· Demonstrate ability to determine the reactivity series of metals

· Demonstrate ability to prepare and test gases

Demonstrate ability to identify organic compounds

Mechanics

Motion in straight line Distance,displacement & velocity Distance,displacement & velocity 2 Equation of motion

Motion graphs Motion graphs 2 Motion graphs 3 Stopping distance Force and braking Momentum

Free fall & acceleration Free fall Acceleration & gravity Air resistance/falling

Simple Machines

Pulley, lever,wheel simple machines 1 Simple machines 2 Simple machines demo Mechanical advantage

Simple machines calculations Simple machine calculations 2

Relationship between Efficiency & mechanical advantage

Measurements of Temperature

Temperature intro Temperature and heat What is temperature? Physical and chemical changes 1 Physical and chemical changes 2 Physical and chemical changes 3 Temperature and thermometers 1

Types of Thermometers Types of Thermometers 2 Clinical Thermometer Mercury vs Thermometer

Fahrenheit,Celsius & Kevin scales Temperature scales Thermocouple Thermocouple 2

Expansion of Solids, Liquids and Gases.

Thermo expansion intro Gaps in rail tracks Linear expansion of solids Thermo expansion of solids

Expansion of gases Thermo expansion Thermo expansion of liquids Thermo expansion of liquids 2

Thermo expansion of liquids Therm expansion of solids and liquids Water and expansion

Thermo expansion of water Anomalous expansion of water Physical properties Matter and expansion

Real life application of Thermo expansion Effects of heat on matter Boiling and melting point

Melting point of naphthalene Effects of pressure on boiling water

Effects of pressure and impurities on melting point Atmospheric pressure & boiling point

Effects of pressure & Temperature on matter Pressure and volume of gas Pressure and volume of gas 2

Pressure,Volume and Temperature Pressure in gases Absolute zero Absolute temperature and the Kevin scale

Kevin scale Ideal gas equation Ideal gas equation 2 Ideal gas equation 3

Wave Motion

Intro to waves Wave motion intro 2 Wave motion intro 3 Wave machine demo

Transverse and longitudinal waves Transverse and Longitudinal waves 2 Transverse and longitudinal waves 3

Transverse and longitudinal waves demo Wave behaviour Period,Frequency,Wave Length,Wave speed Wave terminologies Sound properties Equation of a wave Waves in real life Application of Electromagnetic Waves

Properties of Sound

Sound intro Characteristics of sound waves Graphical representation of sound waves Sound behaviour

Sound experiment Hearing range of humans Frequencies and sound Sound propagation Sound transmission

Speed of sound Speed of sound 2 Speed of sound 3 Speed of sound 4

Relative speed of sound in solids,liquids and gases sound waves behaviour 2 Factors influencing the speed of sound in air Ultra sound Principles of ultra sound Uses of ultra sound Ultra sound in real life

How Ultra sound works demo Uses of ultra sound 2

Refraction of Light

Intro refraction of light Why does refraction occur? Law of refraction of light Terms in refraction

Refraction of light Snell's Law Refractive index Refractive index 2 Calculating refractive index

Refractive index calculating formula Total internal reflection Total internal reflection 2 Total internal reflection 3 Critical angle Refractive index vs critical angle effects of internal reflection Total internal reflection demo 1

Total internal reflection demo 2 Total internal reflection demo 3

Magnetism

Intro to magnetism Properties of a magnet Magnets Magnetism 1 Magnetism 2 Magnetic domains

Permanent and induced magnetism Making a magnet Methods of demagnetization

Methods of magnetization and demagnetization Magnetic field and field lines

Magnetic properties of Steel vs Iron Electromagnetism Magnetic keepers Use of Magnets Use of Magnets

Electromagnetic devices Magnetism and sound Experiments with Magnets

Current Electricity

Electrical terms and concepts Electric terms Introduction to Electricity Potential difference

Charge,current and voltage Coulomb,what is it? Electrical current Electric current 2 Measuring electric current

Current in parallel circuits Current in series Calculating current and potential difference

Voltage Potential difference,EMF,Voltage Potential difference vs EMF Electric Potential Difference

Internal resistance

Electrical resistance

Electrical resistance 1 Electrical resistance 2 Electrical resistance 3 Setting up Ohms law circuit

Voltage and current laws Calculating total resistance in series and parallel circuits Resistance in electric circuits

Ohm's Law Resistors in series and parallel Internal resistance of a cell Internal resistance of a battery 2

Series and parallel circuits full lesson -2 hours Heating effect of electric current

Heating effect of electric current 2 Heating effect of electric current 3 Circuits energy transformations

Electrical energy calculations Voltage,current & power

Magnetic effects of electric currents

intro Magnetic effect on electric current Magnetic effects on electric current Magnetic field due to current

Magnetic effect due to current Magnetic field around current Magnetic field of a wire Magnetic field pattern

EMF effects EMF radiation EMF and health

The simple A.C. and D.C. generators

A.C Generators A.C & D.C Generators Commutators Rectifier A.C & D.C Differences A.C vs D.C

Basic Electronics

Thermionic Emissions Cathode ray tube Cathode ray tube Properties of cathode rays Direction of current flows

Conventional vs electron flow Current flow Cathode ray Oscilloscope Cathode ray Oscilloscope 2

Structure of Cathode Ray Oscilloscope X-rays X-rays 2 Application of Cathode ray Oscilloscope

Use of Cathode ray Oscilloscope

Radioactivity

Radioactivity introduction Radioactivity intro 2 Radioactivity Radioactivity 2 Ionization Absorption

Alpha,Beta and Gamma radiation Radiation rays Properties of Alpha,Beta and Gamma rays

Radioactivity detectors Detecting nuclear radiation Geiger Muller Tube -Radiation protection

Geiger Muller Tube-radiation protection 2 Geiger Muller Tube-radioactivity Nuclear fission and Fusion

Nuclear fusion Nuclear fission Nuclear fusion vs Nuclear fusion Half life Nuclear physics

Radioactive decay calculations Radioactive decay calculations 2 Radioactive decay calculations 2

Uses of radioactive material Uses of Alpha radiation Uses of Beta and Gamma radiation Radiation safety

Precaution with radioactive material Biological effects radiation Effects of radiation on health

Mutations causes by radiation

Introduction to Chemistry

What is Chemistry? Branches of Chemistry Branches of Chemistry 2 Importance of Chemistry

Importance of Chemistry Challenges in Chemistry Chemical industry Future of Chemical industry

Chemistry lab safety Chemistry lab rules

Diffusion

Diffusion of gases Kinetic theory and diffusion Diffusion of liquids and gases Diffusion of liquids

Test to observe diffusion Factors affecting diffusion Experiment factors affecting diffusion

Criteria of purity

Classification of matter Pure substances & mixtures Pure substance & mixtures 2 Pure substances vs mixtures

Pure and impure substances Purity and formulations Melting point of an organic compound

Pure substances

Atomic structure and Periodic Table

Structure of an atom Protons,neutrons & electrons inside an atom Relative atomic mass

Calculating relative atomic mass Nuclide symbols Atomic number and mass number

Atomic number,mass number & isotopes Periodic table-classification of elements Periodic table Periodic table 2

Atoms,elements and molecules Elements Valency Symbols of important elements Isotopes Isotopes 2 Isotopes 3 Atomic number,Mass number & Isotopes Calculating isotope abundance

Calculating isotopes abundance 2 Isotopes,Percentage abundance,Atomic mass Isotopes and half life

Medical radioisotopes Uses of radioactive isotopes Electron configuration Electron configuration

Electron configuration diagrams ions

Chemical formulae and equations

Interpreting chemical formula Writing chemical equations Chemical equations Chemical equations 2

Balancing chemical equations Balancing chemical equation 2 Balancing chemical equation 3

Balancing chemical equation 4 Balancing chemical equation 5 Using moles to balance equations

ionic and net ironic equations Predicting products of chemical equations Net ironic equations

Net ionic equations 2 Periodic table song Balancing chemical equations bonus

How to balance chemical reactions How to balance chemical reactions 2 How to balance chemical equations

easy method to balance chemical equations

Preparation of salts

Intro- salt preparation What are salts? Making salts Making soluble salts Making soluble salts 2

Preparation of salts Making soluble salts-experiment Salts Carrying out a titration Titration calculation

Titration experiment How to do titrations Hydrated and anhydrous copper ii sulphate

Deliquescent and hygroscopic Efflorescence Hygroscopy

Identification of ions and gases

(Qualitative analysis)

Identification of ions Collecting and identifying gases Identifying ions Tests for positive and negative ions

Qualitative analysis of anions Inorganic chemical tests Testing gases Testing for gases 2

Metals

Metals and alloys Physical properties of metals Metals Metals 2 Chemical properties of metals

Chemical properties of metals 2 Reactivity series Making predictions with reactivity series

Metal reactivity series Mnemonics Reactivity series song Activity series of metals and elements

Relative reactivity of metals Relative reactivity of metals 2 Thermo decomposition of limestone

Thermo decomposition of calcium nitrate Thermo decomposition of zinc carbonate Action of heat on Ammonium Chloride Extraction of metals Extraction of copper Extraction of iron Extraction of zinc

Extraction of metals bonus Extraction of copper bonus Extraction of iron from its oxides

Side effects of toxic heavy metals Alloys Alloys and metals Alloys of iron Substitution and interstitial alloys

Alloys of copper Iron alloys Alloys and their properties Uses of alloys Uses of alloys 2 Uses of alloys 3

Corrosion Rust prevention and treatment Corrosion of metals Method of preventing corrosion Preventing corrosion

Hydrogen

Preparation of Hydrogen Properties of Hydrogen Properties of Hydrogen 2 Hydrogen gas popping test

Characteristics of Hydrogen gas Uses of hydrogen Gas

Nitrogen

Extraction of Nitrogen Nitrogen generation process Nitrogen generator Nitrogen and its compounds

Liquid nitrogen Uses of Nitrogen gas Benefits and uses of Nitrogen Properties of Nitrogen

Preparation and properties of ammonia Ammonia lab preparation and collection Preparation of Ammonia

Testing for Ammonia gas The Haber Process Industrial implementation of the ammonia synthesis

The chemical reaction that feeds the world Making Ammonia Ammonia: Chemical Properties

Ammonia: Physical Properties Ammonium chloride thermal decomposition

Action of heat on Ammonium Chloride

Carbon and carbonates

Carbon and its Compounds Carbon And Its Compounds 2 Allotropes of Carbon Allotopes of carbon 2

Carbon Monoxide Carbon dioxide & carbon monoxide

How to make Carbon Dioxide and Examine its Properties Laboratory Preparation of Carbon Dioxide

Lab Preparation of Carbon Dioxide Limewater Test for Carbon Dioxide. Testing for gas Carbon Dioxide 2

Properties of Carbon Dioxide The Properties Of Carbon Dioxide 2 Chemical Properties of Carbon

Turning Carbon Dioxide Into Electricity Uses of Carbon dioxide

Limestone Cycle - limestone, quicklime and slaked lime Quick Lime Production Plant

What are uses of Limestone? The Greenhouse Effect

Chemistry

Hydrocarbons Chemistry Part-1 || Full Chapter Hydrocarbons Chemistry Part 2 || Full Chapter

Organic Chemistry Part-1 || Full Chapter Organic Chemistry Part-2 The p Block Elements || Full Chapter

The p Block Elements Part 2 || Full Chapter

The s Block Elements || Full Chapter Hydrogen || Full Chapter Redox Reactions || Full Chapter

Equilibrium Chemistry Part 1 || Full Chapter Equilibrium Chemistry Part 2 || Full Chapter

Thermodynamics Part-1 || Full Chapter Thermodynamics Part -2 || Full Chapter

State Of Matter || Full Chapter Chemical Bonding and Molecular Structure Part 1

Classification of Elements And Periodicity || Full Chapter Structure of Atom Part 1 || Full Chapter

Structure of Atom Part 2 || Full Chapter Some Basic Concept of Chemistry || Full Chapter

Organic Compounds: Methods of Purification Alkali Metals:General Characteristics & Properties

Chemistry || Uncertainty in Measurement Chemical Combination & Dalton’s Atomic Theory

Properties of Matter Haloalkanes and Haloarenes || Full Chapter Chemical Kinetics || Full Chapter

General Principles & Process of Isolation || Full Chapter Chemistry in Everyday Life || Full Chapter

Coordination Compounds || Full Chapter Surface Chemistry Part 1|| Full Chapter

Polymers || Full Chapter Electrochemistry || Full Chapter Chemistry || Alcohols, Phenols and Ethers || Full

The d & f Block Elements Part 1 || Full Aldehydes, Ketones & Carboxylic Acids || Full Chapter

Amines || Full Chapter Solutions || Full Chapter The Solid State Part 1 || Full Chapter The Solid State Part 2 || Full Chapter

The d & f Block Elements Part 2 || Full Chapter